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" h* P* h8 X' O8 O$ }3 g5 P【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
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涵盖了所有模块！
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不懂E文的，看图也知道了！！1 D3 D/ T4 T: o
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- S( A0 k. p- L2 u What's New in NX 90 iii
/ P+ a, N* V8 [5 DContents ' z* X0 l2 ]6 S0 V; ?
Chapter 1: Fundamentals
! T6 M( [' z) B9 F+ c! q0 g% kRibbon bar interface The NX Window (Ribbon bar) 6 P( f. y; Y, |! L( ?) ?+ w
Show Ribbon bar tabs and commands + i3 b3 J" |1 `* c$ {/ |3 B
Add commands to the Quick Access toolbar
- G3 q, W8 n; k! yAdd commands to Border bars
4 g' N) M. E$ J6 P% Y- [. r- TCustomize the Ribbon bar interface
8 o4 X4 x ?" ~Add a tab and group to the Ribbon bar , z8 X. ?- M: M' c8 P" P# [
Save Ribbon bar layouts
1 j# i& J* H9 N- Z6 h4 EExport and import your interface layout
8 I, z+ `& a7 MRay Traced Studio
7 f% @5 b% v: X) WIssue Management enhancements G# Q; ?4 |! H, G7 A" f) M' z
Generate support logs for IR or PR 3 ^5 ?- m. N2 T6 z }4 p: C+ w: r
Integrated web browser enhancement # n5 ^1 y- [. l: m3 h+ ]+ d5 l2 u
View section enhancements : O, L9 B3 U ~6 G/ }% o6 k" r
Display facet enhancements 6 J7 f: [& a U) v9 s( l
Measure Point : L7 |% M% `1 r) ?1 e$ }
Raster Image enhancements
& `& W3 Y! a8 C8 C4 @Lock Rotations
; Y2 @+ Z1 s9 z% B( ASynchronize Views 3 R7 D: Z ?7 t# r9 s
Stereo Display Visualization preference - T& e2 j8 T# i+ j9 ~4 `/ d
CSYS tool enhancements
4 A3 K& h$ z/ z- Q& |6 s! qEdit attributes in bulk
8 o% y" T9 [% Q' }4 S$ z1 oChapter 2: CAD ! g4 ^$ q: D4 i; N; ?3 n* c
SkeTChing
- q3 j$ L1 _# L' W6 HSketch enhancements 0 _% a; |# p+ ]5 a
Sketch dimensions ) M6 A7 M' I" i3 q' z
2D Synchronous Technology
: s% p7 A4 Q3 {. ~/ LRigid sketch groups # K; x5 I; U& U9 ~1 S o
Part Module
2 A1 j |# R8 M4 m9 w$ J$ }+ p2 cAdditional Part Module workflow
! ]: s' K5 `$ k2 }8 k$ H' k% MShared Body enhancement # V& A9 ^+ C, R9 z/ p
Controlling Part Module updates
2 C6 F! w9 d7 Y2 Z1 GNest and Un-nest Part Module ' j! r2 t, t3 w
Save As and Part Modules 8 x: z# v6 l/ t8 e# `8 y# v
Synchronize Links enhancement ) E" A1 V( {, {- \2 m" S: }
Modeling 5 k0 j' e0 q. z6 ^# A- d: J3 k# U
Snip into Patches
; P* _" S$ b# k. u6 URib
7 I2 c+ V n: IMirror Geometry
. o/ t, `! k/ Z& l; s9 KExtract multiple bodies enhancement
" f( b. b& c* k1 W! ?3 tAnalyze Pockets and Blend Pocket " I5 C7 \# `) Y7 |; A& @
Combine or separate tool bodies 7 d% c4 O/ Z# Y. W( Z
Interrupt feature updates
0 T5 U) o+ v- V9 JLoad Rollback Data
" A) f+ W. r8 k, i p3 L( iSorting model views & q. q2 F+ R z
Select intersection edges in Edge Blend and Draft
3 O+ Z( _! c0 \* _3 O% E6 ~3 _Replace Edge
6 _4 n/ }& N! L) l! {iv What's New in NX 90
( Y# _! F: U& J7 J, ]$ ?5 ^Local Untrim and Extend 6 m$ K m/ `4 Y
RoUGh Offset enhancement
% S- \" n9 g/ S2 o+ J6 O6 ` U& BReplace Feature enhancements $ }" R, _) I4 b- i) S5 C
Unsew enhancements + r* x, O* |5 r
Draft enhancements ; `4 t& Y* _5 {1 c2 N
Draft Body enhancements 2 G* R: B6 y4 ?/ R$ i
Thicken enhancements / X' ~ d+ h2 n4 `5 C# M9 j
Pattern enhancements
0 R0 U8 y2 x5 M# `8 A0 GUntrim enhancements
% Y1 v3 P! b' F. G* vDivide Face enhancements
7 s) M/ U% K$ |0 T. Q% j% Q; _Part Families enhancements 5 y+ t) V" e1 K* B, p4 ~7 @
Body selection enhancements for Boolean operations 5 @$ }8 G4 t% V& W
Face selection enhancements for Synchronous Modeling
5 F1 K1 ]* H6 J2 h) iSynchronous Modeling$ R2 i! N1 d7 F1 j- S" m
Move Edge 9 r4 Y: Y- f _) x& v; y
Offset Edge
4 K' n# h' Y$ u% ]' bDelete blend faces with the Delete Face command 5 z5 p) l9 |4 W+ K
Label Notch Blend enhancement
+ ^1 D% V L4 bFacet Body Preparation % ~+ R; T( `1 |" i l
Create Box
/ M3 k9 k. ?3 u% o e( WSnap Point enhancement $ `; ?7 G. \% W) Y# o
Extrude Facet Body a6 Q7 ?$ D9 C5 Q) @3 ^) o
Extrude Profile 0 W# p& J: Y. s* r8 t
Merge Disjoint Facet Bodies
" ]2 M: M( d7 x7 R+ Z% n/ N+ `Merge Overlapping Facet Bodies
- F; M+ k3 h0 ]6 m A& t nMerge Touching Facet Bodies # _4 N: \( S3 v
Rough Offset enhancement
$ p/ Q6 R7 f- h( IShape Studio # S: c- D5 }# L
Smooth Curve String
/ h' W% z3 t0 n. K# I D% mSection surface user interface improvements
+ [5 v' _3 |- J! \7 m' `: e6 cHighlight Lines enhancement - V2 E0 Q6 P$ s4 \
Deviation Gauge enhancements
+ b& W+ V5 B, G5 vFace Analysis – Slope enhancements
2 M+ t. `0 B$ A. T$ Y( bConcave Faces enhancements
8 w' r: J& n/ B; C5 zFace Curvature Analysis 9 J4 r$ o6 P2 u9 X0 q* ?+ U
Ruled surface Developable Alignment
2 C- s1 N6 J7 U9 D% g, ~Wrap/Unwrap Curve
8 {2 E5 l4 r# D* C' \8 `# iAssemblies ! Q5 V) N: c' H: @4 }
Pack all components enhancement
5 ?& [- l5 e' r5 s& ]5 HWAVE link multiple bodies enhancement
$ p- L' E* ^& Q3 o& ]Load Rollback Data
, o" w0 h: F% jAssembly Clearance enhancements 0 B% V! c9 N: n' C2 ]* w
Order of components in the Assembly Navigator # Y2 s8 ]" |: M
Pattern Component
# c) a$ J( j. zIdentification of inconsistencies between WAVE and assembly constraints
; w9 ?2 ~6 N' C, h4 u! k dAlign/Lock assembly constraint & _) r5 b ~. a7 S1 C% ^" J: z
Direction to Fixed column in the Constraint Navigator
. p2 ^& O& R# ?+ ?Product interface enhancements
4 p7 o2 H8 `+ [; a$ R; f& pAssemblies functions in SNAP + U7 R& I/ Q" L) [8 E
Visual reports 1 J: y" J# l S. G
Drafting 3 J4 d$ m: Q/ X) n
Usability enhancements
7 p4 g6 P9 C, bRapid Dimension 3 B- z- M& e; I7 k
Linear Dimension 8 L& J. c7 s! q9 d) G
Radial dimension
8 d' Y: x2 o2 D7 W0 e5 rAngular Dimension enhancements 0 T5 p( o: g* O5 }. X; ] X& M
Hole Callout + f! l, p+ j/ V* q( w9 N
Geometry margins for dimensions and annotations
/ B1 \3 e# }7 |) }7 {6 G# {Alternate Dimension Endpoints - W& B0 W4 P! p6 R
General dimension enhancements
1 C6 ]# f' ^/ K) XExact and Smart Lightweight view enhancements % x0 L4 }6 ~/ i. F% h# R5 n
Dimensioning Smart Lightweight views ) B2 h) P& x1 B! {4 W' L
Viewing Direction Reference Arrows
6 ~- B9 K5 ~; ~+ O2 A! `# o4 s, uSection line bend and end segment widths
B) W/ b/ }; I' \$ cAuto balloon leader placement
6 G8 W( t! B2 n! {; {% xAxis Intersection symbol
6 H0 }, d: |) z2 I; N: e; JSurface Finish Symbol enhancements
$ f1 a; g: W, g% @1 S% FDatum leader enhancements ; x$ G K; B: s: ^" m
Drafting symbols ], f# u6 ]' b2 \
Embedded image enhancements % ^; H6 I# \6 o" T$ O. l) j
Hole Table , K& m2 a( @( Y ~5 \6 o; ]
Bend Table
" d- m9 z' F$ w& e# n4 ? Q! R7 tInherit PMI enhancements & G" R3 Q8 Y Q( N% E
Crosshatch enhancements . _( }" W. G+ D3 b8 _
Product and Manufacturing Information (PMI)
, `& V" W, g# x1 x7 pUsability enhancements & x7 N6 G' }8 A1 R
Rapid Dimension
2 U s* S& j2 X- [ D& ]Linear Dimension $ C% q# D- E9 u9 i' K2 ^
Radial dimension
1 b) z6 o. Q4 w/ e7 j- k/ jAngular Dimension enhancements
0 k* u2 l. Y0 Y2 CHole Callout / ]% D) x+ f$ t( v! D g7 u
Geometry margins for dimensions and annotations
. |! X, n* K1 SAlternate Dimension Endpoints 4 ]4 j1 I" j6 i* ^: u9 e
General dimension enhancements
' P+ ~" R$ y" E. hLightweight section view enhancements / R" @9 B- E- x6 t3 k9 e
Surface Finish enhancements # X; e" u/ V- r
Inherit PMI enhancements 3 d8 v. \+ ~6 p2 C
Region enhancement 7 b2 L+ c$ z4 L# o0 l4 d" r
Sorting model views
! T" ]8 p* W( C4 {# cDatum leader enhancements + E9 v5 y# R$ _# t& I, M: m7 {! r4 {
Drafting symbols : c8 J" ?8 }$ V5 c3 g9 S% Z
Axis Intersection symbol
7 B* g5 a) Y2 N0 g" }5 `PMI Feature Identification business modifier
. d' L- M5 f. L+ ~4 Q% j wUpdate PMI tracking properties
t. M5 ^- A+ s+ @% X3 TSheet Metal * a9 n7 v% K3 e+ {% N6 T# U6 }9 L
Bend Table
& S$ a0 p& h8 o) @9 U# t# Z! ~! PUnbend and Rebend enhancements 8 b N: R; M, J& |2 g8 X# _$ d3 I
Resize Bend Radius enhancements
. N8 m7 D$ s3 f0 X, N# y% j' M/ c! ~! x- _vi What's New in NX 90
+ Q# u, u, Z# b; V$ f6 ~# ZMirror Feature enhancements
6 H. Q5 f& c0 IUnite in Sheet Metal & w1 H. t; j0 x) S
Three Bend Corner enhancements
+ l+ W( I! G$ Z o# hMirror Body enhancements
# m2 ]' k0 i, _6 g8 aPreferences for flat pattern views n( }% ^' j- X# d/ b& V' C
Flat Pattern enhancements
# Q: y7 C4 m6 ~! WPattern Face 9 {7 M$ v; @, P7 G0 j
Flexible Printed Circuit Design
/ a: \* V, G% L3 N& `- YWrap
3 r2 i% {% R4 L U% hFlexible Printed Circuit Design enhancements ( ]. ]- o* A0 G. Q
Pattern Face
% U. v2 I: C1 ?" u' Q4 _7 L) LData Reuse 0 f8 s% M+ M" G( o" i: j
Double-clicking folders and reusable objects : X" A! b, T' A5 g* i8 j: B
Creating shortcut folders for your reuse library
8 l8 u( ?" T2 m; h ?* ^! gReuse library undo and redo 3 G* i/ P$ J& t7 V# Z
Creating an index in the reuse library
' W+ B% t. q8 N Z& ?6 C rMapping reuse library names 5 A6 M6 d1 J/ V7 I- T9 b+ I
Reusable object feature name ; z; D7 w5 _2 X
Reusable object part definition 3 V. K7 C' x/ A5 W' j. C8 ~
Creating feature component patterns with reusable objects
5 T. Y' O# d6 a9 a% L0 oManaging knowledge enabled components in Teamcenter $ T% y4 X h1 b7 F- p
Reusable component revision rules in Teamcenter
: P! Z c8 q% g9 [7 dAdding files as datasets to reusable objects and reusable components in Teamcenter 4 l! j, |5 `: ?7 x( X& Y4 W# t
Part family-related enhancements to Product Template Studio & w$ w: b* d8 L
Routing 4 N2 @+ Z# G2 `. `6 P# ]
Configuring Routing applications
i# r% V5 D& o) UCommon Routing tools : x( ]2 s5 y, l; W% ]
Routing Electrical
6 r/ H" @2 R6 k1 nRouting Mechanical + t( H4 @- ]8 p
HVAC
; t6 n* k, f8 {& ~$ m) xShipbuilding $ J% n8 @3 c( r i
Knuckled plates
. ?/ ~* K% |& G$ T3 i# R4 YKnuckled profile systems! _- V& i4 L/ q, U0 U
Knuckled profiles ' }, [$ [" m; M. ^4 d8 N- D2 P- `
Create stiffeners between supports
: u, d- z5 I3 I, L/ GControl profile orientations 5 u0 B7 l; I; {( b4 w R
Built-up profiles ]% n: y3 T" O5 e7 _
Create stiffeners on plates with multiple thicknesses ( I' Y9 S1 h, b$ U5 P
Create standard parts on plates with multiple thicknesses / Q8 r% h2 U5 G* ^1 R# s3 i
Split standard parts in the basic design
! |* r, G. @4 |Split standard parts and built-up profiles in the detailed design
; o' K+ y( b4 ~- o& b& |8 _Profile Transition + P G1 @1 V- m# ]8 U
End Cut enhancements' i% [. \( c9 V. s, {# G/ s% {: ?" \
Profile Cutout enhancements 3 p" r' ]2 n0 l' A
Collar plate enhancement. a; P$ M9 `6 M8 V
Examine Steel Features 9 c6 @, T8 @! ~ Z* [, E) K. ~6 d
Paint Parameters
3 ?2 `( s( o& Y' B9 o. I' ^Vehicle Design
* x7 _5 b `+ A" ?- T9 l( qVehicle loading input to vision tools . N6 E& X/ J+ T' L
Vehicle Packaging Validation 5 d6 C2 C# q) O; C& e2 b
Head Impact * N( w/ a; `' a: P! J# S
Pedestrian Protection enhancements ' Y& T& P, G( T/ s! N2 z# a- B
Eyellipse enhancements , o& V3 p8 j( `# ?/ o2 U( k% P
2D Manikin enhancements 7 X) l' w. \0 d: t( A0 f. y5 a7 N
Seat Lines enhancements
- q. W1 o* y4 p3 l2 iHand Reach enhancements # m$ `* X) L0 ]& q. z) Q
Direct Field of View enhancements
: r g( e+ u2 J; h/ ^9 tInstrument Panel Visibility enhancements
- R4 _9 O1 H% i o d( P, bWindshield Vision Zones enhancements
% g6 f' n7 y. i% pMirror Certification enhancements
8 d4 {8 `# P# XPCB Exchange$ q! s* T# E2 W ~; ~8 e$ N, }: h
User interface enhancements in PCB Exchange 0 P H r, r3 r$ Q5 g0 P
IDX collaboration commands
$ r/ Y, v6 _; l! H3 T& f' b' |IDX support enhancements
+ v$ o" Z( x$ f# @% z* uCopper Area 2 W& L# O% |: N1 a' b" r
Comparison of ECAD and MCAD primary pin locations 1 ^. l0 e8 L: n
Show Test Points % P6 U0 F8 h; P# e6 @
Chapter 3: CAM
8 ]% {9 j0 ~2 [# @. r9 rCAM general
1 u- i6 s% T7 M9 r9 ~0 m( ]Notes in Manufacturing
; b( y* d$ o: J0 F! VDescriptions in Manufacturing
: G0 L& J" a( ]" V) B& GDisplaying visible and hidden geometry 4 a. Z O8 S8 G+ c, b
Boundary selection enhancements 8 C' B/ o3 G- H' b0 R$ [
Boundary selection display and gap closing + Q6 `9 O; l+ d
Pasting operations with reference
! }# v1 V3 w: l: B6 W* qShow Thickness by Color enhancements * E% G; v0 y0 A$ s
Set Machining Data enhancements
, @: \+ }/ }6 m1 ~1 G( M3 nFlute length for drills " ]3 k* v# R/ [/ X8 @
Milling enhancements
8 \! Z% ]8 m% k0 dMachining with a T-Cutter % y6 M' p3 i J: i
Machining cylindrical parts ( `/ T" M: Q5 P3 U* k: o0 k4 Q
Tilt Tool Axis enhancements
/ Y/ t* w' x0 gArea Milling enhancements 8 P" d# v8 D# e# d. N
Divide By Holder , w; O# v& d- q" X4 C [
Contact data output for Hole Milling and Thread Milling
. H4 B. X# ^: ]1 M% BCut area selection by edge-bounded region
1 M8 Y$ r" @8 Q8 h3 ^( zSafer engage and retract moves for Zlevel operations
& ]! d/ E9 I1 RSmooth noncutting motions in contouring and flowcut operations
3 m" b: ^* T* G; s1 h& t$ ]6 @& lImproving 3D IPW efficiency in Cavity Milling
6 U# s( i$ c. G3 \2 T- Z+ CMulti Blade milling for turbomachinery
/ @' @& F8 t3 t: T; A8 jHole machining
! l8 [4 D9 b) i' UNew manual drilling operations
4 u9 R5 E- O- j8 T$ }1 GHole machining workflow using a feature group geometry parent
; w5 J5 \' X+ U# j3 dMachining feature groups
: c7 c) f/ U C' y; G/ n8 }In-process features
: X& z% G @9 s2 RVisualizing in-process features $ I/ e7 x2 w4 z2 K# e- O. P9 a
In-process workpiece options to control the in-process feature - b; @9 F- x M7 F K" [
viii What's New in NX 90
, d7 v$ |: M; i1 B: x( ^Feature machining areas 7 v! o: e# H/ ]& n6 j# p/ \
Drill tip point length
% R9 W# K( H& ?% CCore Drill ( V! s# p% J \' K" N8 Z( s, J) f
Probing 8 [" T. L& i9 E- y+ E
Probing M3 l- x5 T) O0 ^6 N9 }3 s2 m
Turning enhancements ! G W: e4 a2 b3 |; l. N. V! I
Centerline Drilling depth enhancement 2 [% S! ^: |% u' \3 ^+ U
Turning non cutting moves enhancements
- n/ O4 W+ b5 |# `Parting off operation ~ l7 C' x+ C
Threading non cutting moves enhancements
* U- a5 m) _8 F) B5 yIntegrated simulation and verification — ISV 7 p/ ~. ]3 {& `
Displaying axis positions and limits
2 P9 F6 i6 {) r3 ^* @3 mPositioning simulated machine tools and cutters
' I& e9 n3 c% q5 Y6 W+ A+ s% x; \2 rTool path display for external file simulation
% G" H* J+ n7 J! nSimulating all channels in external files . B# U4 t$ h) F4 `
Simulating synchronized operations % j# a; Z4 T. [; s% h y
Viewing a tool contact representation
3 o: r9 k: F* K; {; nConfigurable parser for NC Controllers4 R3 |; N6 B* w- h$ K% v
Kinematic chains for simulating complex machine tools
# ?. p3 O ?' l! e+ l5 QSuppress Status line update
0 d3 a# b1 X* u+ YIPW color mapping to tools or operations 9 B( y4 ], [4 T% d4 ?, W
Regenerating a saved IPW 3 t( F( G4 `" t$ z5 Q
Gouge Check enhancements , y- h% W- b/ ~+ [5 u2 g4 s
Sinumerik Collision Avoidance
/ D! `1 L: s) cSimulation and postprocessor examples
- [+ D* n1 |, j8 y6 R+ o/ nFlute length for drills 9 c: z7 z: B1 }
NX Post
7 \. \* M0 g/ y! w, L/ kAdding CAM attributes for shop documentation in the post
9 }' D# l! G( g( xPost Builder
$ F p! p, v' D3 QNew Tcl commands in Post Builder
9 _* H+ \% W6 N& OSimulation and postprocessor examples
( e- X& H- b+ d& q/ W0 }9 SFeature-based Machining
/ f# N, k' L1 }$ N4 Z- j7 F8 SFeature machining areas
# a1 {! j1 g" p& b' kMachining feature groups 9 e' x2 l4 x2 l* D6 b+ v. T( L
In-process features # v/ G/ i$ R, q) t! M
Visualizing in-process features
$ O5 q( b7 ~( V; Z; I- _In-process workpiece options to control the in-process feature N/ Q7 X5 L1 w, o7 R
Wire EDM 5 n* X4 @5 I3 W, s% r5 b2 f. j
Wire EDM tool and guide
9 u( _3 a& _) A2 [Chapter 4: CAE
7 J! e% I; T7 R- aAdvanced Simulation $ m1 o) i2 h, M, t
Solver version support . h0 S% q2 @* }" ?6 G
General capabilities
: M r* F8 P- A+ X0 p2 ~" {; M2 @Fields
' E4 i, R6 x; n' TMaterials
9 M. Z- ~0 I, P/ dMeshing
1 g7 a, _) Q, u5 Y# zBoundary conditions
/ S- N3 i& s. m$ X$ }% SSolutions
7 E) ?% N) o, wNastran support enhancements
2 m9 E9 _- m$ r' }/ aAbaqus support enhancements 5 x4 ^7 g1 j( r! ?5 A
ANSYS support enhancements
! B6 k# ]% Q7 N6 N# tLS-DYNA support enhancements
" O- S8 i E6 ~0 x* s0 bOptimization
: s @, `3 W; ]" H2 {5 S9 nPost-processing
# P* e' l& K3 U" D! s4 P( o! Y, v3 tDurability
& K* ]- B$ I) R& BNX Laminate Composites
, o, m) Z& R, W: [NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal 6 b9 H b! r5 X% P7 ^
NX FE Model Correlation " W; \6 I# f0 g/ `: e, }
Teamcenter Integration for Simulation 5 |3 i7 l8 i: `. ^% K3 z9 u
Design Simulation
# \# r f: t4 e9 x- c7 s4 P* DBoundary conditions
, w( s* f! }# \2 I( JMeshing 9 |: b' @4 `1 s) D7 S/ ]& v4 I
Motion Simulation # M3 E& J* h0 C
Interactive articulation methods
; W# M6 a5 r7 H k$ h- G1 dJoint limits in articulation
0 E8 U6 U2 b3 A6 n* [& B! a/ ?Animation enhancements
7 D7 ?, f' l5 x% U( X+ nSpreadsheet Run enhancements 3 O/ g, n$ c/ c/ h! S' T
Motion Preferences enhancements
0 A+ n8 y8 f6 [1 m* @/ S4 q( nFunctions and Graphing ! @! t: x1 N7 [2 |
Inverse option for Function Single Math command
0 { }5 g8 Y YPlotting a graph in a separate window
9 ]% K3 R! q4 x: V1 e3 k' c4 [, PImproved font support in graphs 5 \# S! r" u$ w4 q* J# i k
Plotting a graph with no line 5 N9 A. U k' X7 L$ G9 k3 l
Saving graph data to an AFU file : Q. m0 c1 N$ a. [
Expanded complex plot support
4 C, q- {6 a0 o) _. `; H' {Chapter 5: Teamcenter Integration for NX
* Z) a6 Y3 i+ ^2 P9 \Teamcenter Integration for NX
~1 k' ~2 O. v. d4 JDefine and load configuration contexts " o% X0 S0 B* C% @5 l" Y
Run NX in a Teamcenter multifield key environment ) v( ?+ G1 W* T6 T7 [
Independent drawings added to export and clone 6 ] r. g. G0 t4 t. J- i
Save As enhanced 9 i5 ?; H" ^( ]( Z6 k( T
Retaining absolute occurrences when saving moved components
9 p$ v8 H* \$ ]6 LOpening a component with a different revision rule than the assembly 5 u/ | i& v& U* n' u
Viewing results and default filtering for projects # o9 h" Y$ X8 T1 F
Adding independent drawings and CAE parts in the ug_clone utility
. i$ {) T. |" g5 d8 z( K* \Refile utility enhancement in Teamcenter - [6 k: z7 F0 ?5 M
Item-based publishing of welds and datums to Teamcenter - O+ z" l- C, @8 Y7 N
Chapter 6: 4th Generation Design (4GD)
7 k" b" d6 P2 T' \Introducing 4GD
! b" N( t+ T5 A4 I$ E8 ?3 Y5 K4GD enhancements
' Y0 X- K% h9 O7 g N' gDesign element enhancements
( H& ^( X( c6 |, `8 jCreating multiple design elements + H; }& [* w0 Z- A2 }
Converting design elements
4 \. Z1 u* I0 `! P+ a) }Create Reusable Design
& U/ f& v; r V& n# iPresented parents
7 t# J; E5 q+ N1 L6 ePartition views for subsets ; L& z2 a& p7 r6 I: p+ _6 o+ ^' g
x What's New in NX 90 " l% s! D1 M$ t% O4 S
Subset structure views : G r z: f" J W
Adding connecting welds to a subset 9 z7 \$ [0 n1 E7 B
Mirroring a design element 9 t, [' T& r$ U& \
Load attribute groups for design elements - v- F" z4 S [; `/ t
Effectivity and variant options added to subset creation 5 M' Y1 C( B/ {
Edit attributes in bulk
6 m4 o x7 V& g. A- k3 d7 wShow Collaborative Design Preview
) }& t* q/ r1 `9 RDesign features
& `0 `# x: F! \( M$ sCheck in and check out enhancements
; E: ^6 a6 g1 X4 N2 LGenerating collaborative designs from existing structures & z9 d: r. G* M3 e" g9 a* N
Check-Mate in 4GD
7 M1 B7 _! K. J7 B. TIssue Management in 4GD
' [. ~" N& M( C4 l' OChapter 7: Inspection and validation 0 g6 E3 D2 u* v; ~' w0 o% R
Check-Mate
4 L) E" l7 t, e& s) R; P, _6 @, ^1 gCheck-Mate checkers and functions ( a; c! X( Y. R4 E- @
Check-Mate profiles
! f+ T0 j- W: E0 n+ vCMM Inspection Programming
) w. q: r3 W$ S: ]! c# DGeneral enhancements - m) Y! T8 d4 r1 |
Expanded CMM libraries Q( c# P7 B [% K0 M; a
Offset distance for 2D features " M" N# \" q9 U8 J' J" g2 \
New inspection feature type: Edge Point # g% X$ U& D) M$ X! ^
Set PCS to CADABS alignment type 1 G" G% _8 G5 ]2 O' h) ~5 ]& ?
New inspection command types 2 } Y. w3 C3 j: A& I x1 @4 f( }# j
Support for cylindrical probes
8 V! T% U4 B- Y/ g2 ]Resequencing of inspection paths ! x' b1 x/ D" ^; U$ T) t
Auto-ordering of tolerances in the Inspection Navigator : J( u5 E+ i- }: i3 Y2 `
Support for DMIS SNSET/DEPTH 5 P( Y' W4 f2 ^' n' P2 Y7 j1 l
Measure an inspection feature relative to another feature
. o' q' S( J1 W6 PRequirements Validation
l6 r+ N% P" n, LUnits in the HD3D Requirements Validation tool
% Q& D9 r6 L) j; fChapter 8: Tooling Design 2 J( e" B' l5 O" K4 t) J
CAM Data Preparation
% f' u/ U! V; r3D Curve Offset
& t7 u- p# j( O$ ]1 {, @- Q$ |3D Curve Blend 5 V2 ?$ I& x# a! ~0 A
Match Surface , A! W1 X& G- y8 T8 ]7 ?' ^
Reduce Surface Radius % \* T# ^8 [: i) N( R9 F
Guided Extension
0 c& n+ `! Z! a ?1 r6 ZTooling shared functions 5 n& C+ |3 Q6 p' |6 g) i
Die Analysis using LS-DYNA
, D; A: G; p0 w. HObject Attribute Management ) y9 [: |8 Y) R% K7 D) Q- Z
Face Color Management
* c, s! O6 H( X) p* jHole Manufacturing Note 3 U& ^9 F) E) k# Q# |1 d/ y
Restore Tooling Application
: u5 x* H: d8 aMold Wizard
8 a; ^+ ^% m6 S) `5 i3 z$ EMold Base Library enhancements
" X, `! r3 n& @7 N8 DWorkpiece enhancements 8 c5 D% v! I: H
Ejector Pin Table
' ?3 O( q6 f3 O, G1 U' ~Weld Assistant
* j3 L$ J% u; Q' s! i7 ]4 sFabrication Information , w8 g3 z" }) u, z0 }/ l
Joint Mark " A& y0 i' X! ~6 G, ~! B) q
Export CSV File enhancements
5 W- q( O$ s4 H- W! h& @- QImport CSV File enhancement & z' ^0 s- L3 d8 G' z
Groove Weld enhancements
3 f! E4 ?# a9 T% x5 U9 H( ?Datum Surface Locator and Datum Pin Locator enhancements ) N. x+ Z! t/ C _1 k
Using weld and datum information obtained from Teamcenter 0 E! j5 Y: ?) w3 g
Item-based publishing of welds and datums to Teamcenter
) y7 f* F3 v) F5 R5 QConnected Face Finder enhancements
4 |) V' l/ i: u" }Compound Weld enhancements 6 H( R3 R& I: G) t. d S5 g* L$ E
Structure Welding
+ e+ b3 ]2 h5 y: K( C/ OFabrication PMI . I$ b6 ^+ f7 B* c
Surface Weld
0 G$ @4 N- Z7 sWelding Joint enhancements , y0 s ] V9 o8 S+ S T2 E
Edit Joint Definition enhancement
1 j9 O& r: f" k: BEdge Attribute Title welding customer default ; K: r( R7 M# S
Export Welding Joints enhancement
9 T0 E7 L2 o/ e; U3 D7 Y, ~Item-based publishing of welds and datums to Teamcenter
5 E4 m2 Z, H& [. c2 UDie Design
+ v# L; K1 @ d; ?% h, p: M( |& CLower Binder 4 ]6 @6 z3 W; w* o/ t9 i
Trim Post ( q, ]% w( R( H
Draw Punch and Draw Die enhancements
0 n" S! u3 U. z- YAssigning colors to die faces 9 J# F) o; U6 ~- Q# p$ |; [& g$ b
Die Engineering " r) x) z) `- @9 \
Die Analysis using LS-DYNA 4 o$ f! \# _- W+ T8 ?: T5 e( k
Trim Angle Check enhancements * z( O' D$ m" x
Stamping Operation enhancement
2 O( Y7 ?* ]+ F% m3 hDie Tip enhancement & Q: [0 Z: T0 J& |% K
Chapter 9: Data translation
0 ~/ l& ]' P# P# i( h2 K: _! e5 x, _Exporting editable dimensions to DXF/DWG file
: K5 b- E6 V# Z/ wControlling text aspect ratio for the text imported from DXF/DWG file
3 f0 B3 ^6 P. }2 j, qSupported DXF/DWG versions * u# |" d" ]# v, D
STEP translator enhancements % K7 a. V* Q) c( i: k3 O
NX to JT ) L3 F5 z* @2 j3 ~ A
JT version 10 files
/ V' H' O5 L& U9 j, S; GDisplay order of model views and PMIs in JT files % H1 l0 h0 s' f
JT support for object visibility in model views 6 M+ K3 t7 e: R. R+ Y$ U) R8 ]3 r
PMI lightweight section views enhancements in JT files
0 }* P; X7 [6 P6 G2 b$ a- Z) tJT support for weld Joint Mark feature 6 k0 s) }8 Y' j! X* t8 [
JT support for hole and thread callout PMI 3 T' n3 D! ~0 V4 `$ J: G% E
Geometry Sharing in JT files * I4 f& F+ O% t& j3 j5 }; z
JT support for business modifiers and PMI attributes
% K! h& d' q" G% l" lVisibility of datum entities in model views of JT files 4 }5 J: ?3 B5 a; z% V Z/ B8 }) H( l
JT support for PMI association with objects
5 _# r. N9 X! d: N! B: G" N+ z7 m oChapter 10: Mechatronics Concept Designer : A x) u2 b, e% r7 E( u
Collision Body enhancements 1 G" l) Z% M6 ^1 g0 n# [6 b
Actuator enhancements
2 p6 Z# Z; Z* \$ |4 R6 Mxii What's New in NX 90 . F' ?2 s1 y- X* p. J
Cam enhancements
0 @6 D+ _) s& h9 n$ Z) H8 t6 }Operation enhancements - u0 U: h7 ~! j: k1 u7 Y" c" f) ~
Changing units in dialog boxes
+ m; E4 G L: w/ b6 j$ uMechatronics Concept Designer preferences
& X/ L1 ]( h; R; I0 ^' GCreate dependencies : }) j; ?- D4 P* t$ k( j/ `- W
System Navigator enhancements 9 @# d' ]2 u, Y; O# {
Creating physics containers # a9 r; E. y. y
ECAD integration enhancements * n1 Q4 S' v; N( Q9 W0 C V$ v
Simulating NC code
& w5 |9 o# r' a4 T, x' BConvert from MTB 0 l5 R# b) e. R0 x* f, P0 X
Shared memory signal mapping ; w% G4 {$ E4 A7 t2 t
SCOUT Integration
# a1 w) v+ {) ~, T5 @& gSIZER Integration : X. ?( q8 {; n% t+ J
Chapter 11: Programming Tools ; Z& g7 p% w6 A- ~, D7 h
Assemblies functions in SNAP
, X9 ^6 I9 L( ^2 }Block UI Styler* b( e# p' E5 S2 _
New properties for blocks
2 A( [. N- z, Y7 \8 f( BChanging a displayed part, g; r+ b2 n& z) D
Explorer block
& F6 z! @1 ~9 k) q4 n' o$ uChapter 12: What's New in NX 851
$ {& \/ {% M" z7 q6 nModeling
7 G7 y; A& Y7 _' QUser Defined Feature callback hooks for NX Open API libraries , O: C* Y" @# ~6 F' o. F
Preserve the relative order of Feature Groups " b/ ~( t3 p3 J& e+ C: n
U/V Direction
7 }. _: p5 V% q: [# Z" IStudio Surface enhancements — Split faces along boundary curves
" Z& S. I8 T7 C" h# E+ n- PPMI * U) a* s4 r1 V: u& G, Y8 c
Find PMI Associated to Geometry enhancements 5 \# \1 k4 `% ^0 R
PMI Effectivity Management 741
" p( r3 a3 e* h; K/ y0 hRouting 742 % j" h+ q; O% C9 g5 C
Wind Catcher 742
4 k, T' p1 D7 Q; w8 s+ nBranch Path Numbering 744
- X8 [3 w T7 [. XPlatform Creator 745
2 \- ^4 i+ k3 L. C) T) P1 _( XShipbuilding 747
( o) u7 U) C, |0 z7 U: EAssign manufacturing information to openings 747 $ r! A2 P* ?! _; }6 t/ h4 p' L) R
Specify section subtypes for steel features 749
1 Z, s$ ?5 s, E b# S$ K5 \Manufacturing 750
8 G) v3 D h9 |# ~9 ?$ l+ ~: [: _Operation Navigator enhancements 750
! v% u; m' Z/ @1 M# q6 @; A9 p9 Q7 cAdvanced Simulation 751
8 m5 h, g, w( o& S' \Solver version support 751
$ e2 B. Y+ F8 U2 P# P0 FNX Laminate Composites 758
2 I4 J ~' ]9 ?, k0 p+ w( i+ dDurability 763 # Z. F) l7 f6 a% z0 B3 {! Q
Teamcenter Integration for NX 764 - o- J; N/ A1 q$ e3 c, c' t# ]
NX Relations Browser enhancements 764
, u8 ~, O" ]: l; BSelect Configuration Context when loading assemblies 766
5 F8 n" u* O6 U# N3 rDefault project selection 768 " S0 T$ b# X M$ }' c; |
CMM Inspection Programming 769 9 u* b- S3 P1 b+ W
CMM measurement analysis engine 769 4 l% Z, Q2 a) J# g. ]9 P: k2 V
Export analysis results 771 DMIS programming enhancement 772 , I1 f$ E% L ^# v
Data translation 774 ( R. V6 u) M5 Z; _% m4 R4 R
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
: R: ~# H* c W# P( I$ V& c9 E! rJT support for PMI association with objects 775 8 |; }- `" s( J# u4 p
Mechatronics Concept Designer 776 # e3 w2 |% T9 A% x
Import from ECAD enhancements 776 , r" k) h* y( X$ S' E
8 z- ~- F; s$ a3 C9 V |
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